Nokia
Our Radio Development R&D Team is looking for motivated junior hardware digital predistortion engineer to be a part of a team involved in the design, development, testing, and maintenance of 5G/6G cellular base stations.
Qualifications You have:
BS in Electrical Engineering with a foundation in DSP and numerical linear algebra.
Experience in modeling nonlinear systems and RF power amplifiers.
Knowledge of RF circuits, systems, and modern wireless communication technologies.
Skilled in data analysis and visualization; proficient in Matlab, Python, C++, and Git.
Familiarity with 3GPP and FCC standards.
Exposure to FPGA or ASIC development.
It would be nice if you also had:
Previous Nokia intern or co-op experience.
Responsibilities
Advance DPD algorithms to improve modeling accuracy and handle dynamic PA behavior.
Collaborate with HW teams to ensure DPD requirements are met across the entire radio loop.
Select and integrate the appropriate DPD engine for each radio product.
Develop and implement production-grade DPD software on radio hardware.
Test and verify DPD performance and hardware robustness under static and dynamic conditions.
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Qualifications You have:
BS in Electrical Engineering with a foundation in DSP and numerical linear algebra.
Experience in modeling nonlinear systems and RF power amplifiers.
Knowledge of RF circuits, systems, and modern wireless communication technologies.
Skilled in data analysis and visualization; proficient in Matlab, Python, C++, and Git.
Familiarity with 3GPP and FCC standards.
Exposure to FPGA or ASIC development.
It would be nice if you also had:
Previous Nokia intern or co-op experience.
Responsibilities
Advance DPD algorithms to improve modeling accuracy and handle dynamic PA behavior.
Collaborate with HW teams to ensure DPD requirements are met across the entire radio loop.
Select and integrate the appropriate DPD engine for each radio product.
Develop and implement production-grade DPD software on radio hardware.
Test and verify DPD performance and hardware robustness under static and dynamic conditions.
#J-18808-Ljbffr